The coil experiences an induced voltage as a result of the shifting electromagnetic field but in the opposite direction of how the current is changing. This characteristic is known as self-induction.
The result of electromagnetic induction is the induced voltage. A conductor is exposed to a magnetic field during the process of electromagnetic induction, which results in the generation of emf (induced voltage). Faraday's law of induction is used to explain the induced voltage.
In contrast, due to Faraday's law of induction, a fluctuating external magnetic flux generates a voltage in a conductor like a wire. Since the field lines cross the circuit several times, the induced voltage can be raised by wrapping the wire into a coil.
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